Section 1. Numerical methods and applications
 Volkov K.N. |
1-15 |
|
Comparison of two- and three-dimensional models of turbulent flow
in the drive cone cavity of a gas turbines engine
|
| Kloss Yu.Yu., Martynov D.V., Cheremissine F.G. |
16-27 |
|
A numerical method for analyzing the Knudsen micropump characteristics
|
| Elesin A.V., Kadyrova A.Sh., Mazurov P.A. |
28-33 |
|
A two-step Levenberg-Marquardt method with consideration of prior
comparative information in the hydraulic conductivity identification problem
|
| Kurin E.A. |
34-39 |
|
Supercomputers and seismic exploration
|
| Dodulad O.I., Kloss Yu.Yu., Ryabchenkov V.V., Tcheremissine F.G. |
40-47 |
|
A software system for computing the Boltzmann collision integral
|
| Elsakov S.M., Shiryaev V.I. |
48-69 |
|
Homogeneous algorithms of multiextremal optimization for
time-consuming objective functions
|
| Bogachev K.Yu., Klimovsky A.A., Mirgasimov A.R., Semenko A.E. |
70-73 |
|
Load balancing of nodes for cluster systems in the filtration problem
|
| Bogachev K.Yu., Zhabitskiy Ya.V., Klimovsky A.A., Mirgasimov A.R.,
Semenko A.E. |
74-76 |
|
Comparison of iterative methods for solving sparse linear systems in filtration
problems on computing systems with distributed memory
|
| Reshetnyak M.Yu. |
77-84 |
|
The pseudospectral method in thermal convection models of a rotating
spherical shell for parallel computers
|
| Nikol'skii D.N., Dorofeeva V.I. |
85-89 |
|
Mathematical modeling of the two-dimensional process of changing
groundwater levels under gravity by the method of discrete singularities
|
| Kopit T.A., Chulichkov A.I., Ustinin D.M. |
90-96 |
|
Empirical reconstruction of a fuzzy model and the reduction of
measurements in uniform metric
|
| Meshcheryakov S.A. |
97-102 |
|
Numerical study of stability for weighted finite difference schemes
in transient process simulation in diode power semiconductor structures
|
| Il'in V.P. |
103-109 |
|
Parallel processes at the stages of petaflops modeling
|
| Il'in V.P., Knysh D.V. |
110-119 |
|
Parallel decomposition methods in trace spaces
|
| Butyugin D.S. |
120-127 |
|
A parallel SSOR preconditioner for solving the problems of electromagnetism
in frequency domains
|
| Ismagilov T.Z., Gorbachev A.I. |
128-136 |
|
A parallel algorithm for numerical solution of three-dimensional
Maxwell's equations with discontinuous dielectric permittivity on prismatic meshes
|
| Gubaidullin I.M., Ryabov V.V., Tikhonova M.V. |
137-145 |
|
Application of the global optimization index method to solving
inverse problems of chemical kinetics
|
| Kokurin M.Yu. |
146-151 |
|
On an algorithmic feasibility of source conditions in iterative
methods of solving irregular nonlinear equations
|
| Zhukovskiy M.E., Podoliako S.V., Uskov R.V. |
152-159 |
|
Modeling of electron transport in matter with the use of
hybrid supercomputers
|
| Vasiljev V.A., Kraposhin M.V., Nitzkiy A.Yu., Yuskin A.V. |
160-169 |
|
Application of HPC-technologies to solving spatial multiphysics
problems
|
| Tolmachev A.V., Konovalov A.V., Partin A.S. |
170-175 |
|
Application of the truncated SPIKE algorithm from the Intel Adaptive
SPIKE-Based Solver for solving elastoplastic problems
|
| Krasnopol'skii B.I. |
176-182 |
|
On the peculiarities of solving large systems of linear algebraic
equations on high performance computing systems of different architecture
|
| Semenov I.V., Utkin P.S., Akhmedyanov I.F., Menshov I.S. |
183-193 |
|
Application of high performance computing to the solution of interior
ballistics problems
|
| Krivovichev G.V. |
194-204 |
|
On stability of a lattice Boltzmann kinetic scheme for simulating
plane flows
|
| Zaikin O.S., Otpuschennikov I.V., Semenov A.A. |
205-212 |
|
Parallel algorithms for solving SAT-problems in application to
optimization problems with Boolean constraints
|
| Averkova O.A., Logachev I.N., Logachev K.I. |
213-219 |
|
Modeling of potential flows with unknown boundaries on the basis
of stationary discrete vortices
|
| Kopit T.A., Chulichkov A.I., Ustinin D.M. |
220-226 |
|
Empirical reconstruction of a fuzzy model and the reduction of
measurements in Euclidean metric
|
| Grachev N.E., Dmitriev A.V., Senin D.S. |
227-231 |
|
Simulation of gas dynamics with the lattice Boltzmann method
|
| Bastrakov S.I., Zolotykh N.Yu. |
232-237 |
|
Application of the Quickhull algorithm's principles to the double
description method
|
| Okulov N.A. |
238-246 |
|
On a numerical method for solving one-dimensional Stefan-type problems
|
| Kupervasser O.Yu., Zhabin S.N., Martynov Ya.B., Fedulov K.M.,
Oferkin I.V., Sulimov A.V., Sulimov V.B. |
247-261 |
|
A continuum solvent model: the DISOLV program - algorithms, implementation,
and validation
|
| Bryzgalov A.A., Karmanov F.I. |
262-274 |
|
Tunnelling control by a magnetic field in the system of two
concentric quantum rings
|
| Shaidurov V.V., Shchepanovskaya G.I., Yakubovich M.V. |
275-281 |
|
Application of the trajectory method and the finite element method to
the modeling of viscous heat-conductive gas motion
|
| Khrapov S.S., Khoperskov A.V., Kuz'min N.M.,
Pisarev A.V., Kobelev I.A. |
282-297 |
|
A numerical scheme for simulating the dynamics of surface water
on the basis of the combined SPH-TVD approach
|
| Bazhanova Z.G., Khrenova M.G., Nemukhin A.V. |
298-302 |
|
Calculations of interactions in biomolecular systems: comparison
of quantum and classical approaches
|
| Volkov K.N. |
303-316 |
|
Turbulent flow of a viscous compressible gas in a pre-swirl chamber of a
high-pressure turbine
|
| Goncharsky A.V., Romanov S.Yu. |
317-320 |
|
On a problem of ultrasonic tomography
|
| Kostin V.I., Lisitsa V.V., Reshetova G.V., Tcheverda V.A. |
321-329 |
|
A finite-difference method for the numerical simulation of seismic wave
propagation through multiscale media
|
| Kirillov K.A. |
330-337 |
|
On error estimates for quadrature formulas exact for Haar polynomials
|
| Chizhonkov E.V. |
338-347 |
|
On the method of fictitious unknowns for the numerical solution of matrix games
|
| Vorozhtsov E.V. |
348-361 |
|
Application of Lagrange-Burmann expansions for the
numerical integration of the inviscid gas equations
|
| Koshev N.A., Orlikovsky N.A., Rau E.I., Yagola A.G. |
362-367 |
|
Solution of the inverse problem of restoring the signals from an electronic
microscope in the backscattered electron mode on the class of bounded variation functions
|
| Malkov E.A., Ivanov M.S. |
368-374 |
|
A deterministic particle-in-cell method for solving the problems of
rarefied gas dynamics. Part I
|
| Dementieva Yu.S. |
375-378 |
|
Synthesis of waveguide systems on the basis of photonic crystals
|
| Zhileikin Ya.M., Osypik Ju.I., Pushkina N.I. |
379-383 |
|
Numerical simulation of acoustic wave propagation in two-phase
variable porous media
|
| Gruzdeva T.V., Strekalovsky A.S., Orlov A.V., Druzinina O.V. |
384-396 |
|
Nonsmooth minimization problems for the difference of two convex functions
|
| Silantyeva I.A., Vorontsov-Velyaminov P.N. |
397-408 |
|
Calculation of the density of states and the thermal properties of polymer
chains and stars on a lattice by the Monte Carlo method with the use of
the Wang-Landau algorithm
|
| Ryabov G.G., Serov V.A. |
409-416 |
|
Symbolic computations in the lattice space
R
n
c
|
| Romanov A.N., Kondakova O.A., Golovacheva A.Yu., Sulimov A.V.,
Oferkin I.V., Sulimov V.B. |
417-422 |
|
Quantum-chemical modeling of excited states of Bismuth monocations
|
| Ershova A.V., Sokolinsky I.M. |
423-434 |
|
A parallel algorithm for solving strong separability problem
on the basis of Fejer mappings
|
| Varygina M.P., Pokhabova M.A., Sadovskaya O.V., Sadovskii V.M. |
435-442 |
|
Numerical algorithms for the analysis of elastic waves in block media
with thin interlayers
|
| Romanov A.N., Kondakova O.A., Vtyurina D.N., Sulimov A.V., Sulimov V.B. |
443-449 |
|
Calculation of excited states of the polycation Bi
3+
5
by the spin-orbit configuration interaction method
|
| Gubaidullin D.A., Nikiforov A.I., Sadovnikov R.V. |
450-460 |
|
On peculiarities of using heterogeneous cluster architecture for
solving continuum mechanics problems
|